Iron Chelate 12% is a water-soluble powder fertilizer containing chelated iron together with zinc, manganese, and nitrogen. Designed for foliar application and fertigation programs, it provides iron nutrition while helping maintain leaf greenness and supporting crops where supplemental micronutrient supply is also important.
| Nutrient Group | Micronutrients |
|---|---|
| Nutritional Role | Plant Greenness Vegetative Growth |
| Product Form | Powder |
Iron Chelate 12% is a specialty micronutrient fertilizer developed to supply iron in a chelated and plant-available form. In addition to chelated iron, the formulation contains zinc, manganese, and nitrogen, providing a broader micronutrient profile than products focused solely on iron nutrition.
Iron plays a key role in chlorophyll formation, photosynthetic activity, and the maintenance of healthy green foliage. Iron deficiency is commonly associated with interveinal chlorosis of young leaves, particularly in calcareous and high-pH soils where iron availability may be limited. The inclusion of zinc and manganese complements the nutritional value of the formulation and helps support balanced micronutrient nutrition during active growth.
The product is formulated with organic chelating components and is suitable for both foliar application and fertigation. Its primary purpose is to provide iron while contributing to the supply of accompanying micronutrients, making it a practical option for crops with recurring iron deficiency issues or increased micronutrient demand.
Iron Chelate 12% can be used in fruit orchards, pistachio, citrus, grapevine, kiwi, apple, peach, vegetable crops, and greenhouse production systems where maintaining leaf greenness and adequate iron nutrition is important.
Guaranteed Analysis
• Total Nitrogen (N): 4%
• Chelated Iron (Fe): 12%
• Soluble Zinc (Zn): 1.5%
• Soluble Manganese (Mn): 0.5%
Application Guide
Foliar Application
2–3 kg per 1000 L of water
Fertigation
4–8 kg per hectare
Recommended Timing
During active growth, at the appearance of iron deficiency symptoms, and throughout periods of leaf and shoot development.
